Are there any energy management systems that focus on real-time grid monitoring for utility control rooms?

Yes. There are several classes of systems used for real-time grid monitoring in utility control rooms, and they’re often grouped under EMS (Energy Management Systems) or more specifically SCADA/EMS and ADMS/DERMS depending on the utility’s needs.

Common real-time grid monitoring systems for control rooms

• SCADA/EMS platforms
  Used by transmission and large utility operations centers to monitor and control grid assets in real time. They typically provide:

  • telemetry from substations and field devices
  • alarm management
  • switching/control commands
  • state estimation
  • contingency analysis
  • load forecasting

• ADMS (Advanced Distribution Management Systems)
  More focused on distribution networks, but also used in control rooms for:

  • real-time feeder visibility
  • outage management
  • fault location, isolation, and service restoration
  • volt/VAR optimization
  • integration of distributed energy resources

• DERMS (Distributed Energy Resource Management Systems)
  Useful where the utility needs to monitor and control solar, storage, EV charging, and other distributed assets in near real time.

Examples of vendors/platforms used in utility control rooms

• GE Vernova Grid Software (formerly GE Digital/Grid Solutions)
• Siemens Spectrum Power
• Hitachi Energy Network Manager
• Schneider Electric EcoStruxure ADMS / SCADA
• ABB Ability Network Manager
• OSI (Open Systems International) Monarch EMS/ADMS
• SurvalentONE for distribution control centers

What to look for

If your priority is real-time grid monitoring for a utility control room, key features include:

• sub-second to near-real-time telemetry
• alarm/event handling
• high availability and redundancy
• historian and event playback
• integration with ICCP/TASE.2, DNP3, IEC 61850, and similar protocols
• visualization such as one-line diagrams and GIS overlays
• operator workflow and cyber security controls

If you want, I can also give you:

1. a vendor comparison table,
2. systems specifically for transmission vs distribution, or
3. a shortlist by utility size/budget.